Answer:
option d) approximately 84%
Explanation:
Data provided in the question:
Mean, m = $92
Standard deviation, s = $13
Now,
we have to calculate percentage of homes will have a monthly utility bill of more than $79 i.e P(X > 79)
also,
P( X > 79) = 1 - P( X < 79)
Z-score for (X = 79 ) = 
Z = 
or
Z = -1
From the standard Z value vs P table, we have
P( Z < -1 ) = 0.1587
Thus,
P( X < 79) = P( Z < -1 ) = 0.1587
therefore,
P(X > 79) = 1 - 0.1587
or
P(X > 79) = 0.8413
or
= 0.8413 × 100%
= 84.13%
Hence,
option d) approximately 84%
Answer:
$25,891,632.37
Explanation:
The computation of the market value of the bond in two years is given below:
We know that
Market value of the bonds be in two years is
= pv(rate, nper,pmt,fv)
Here
Nper = 2
PV = ?
PMT = 25000000 × 10% = 2500000
FV = 25000000
Rate = 8%
Now
Market value of the bonds be in two years is
= pv( 8%,2,2500000,25000000)
= $25,891,632.37
Answer: Selling exports abroad at a lower price than the domestic price.
Explanation:
Dumping is a practice in international trade where the country exporting, does so at a price that is lower than the domestic price of the good being exported in the importing country.
This allows the country exporting to gain more market share but can also lead to the collapse of the domestic industry thereby allowing for an export based monopoly to form.
An example would be Japan selling electronics in the U.S. at lower rates to capture market share even though those same electronics commanded a higher price in Japan.
Answer:
variable cost per unit 150 dollars
Explanation:
As we aren't provided with a volume. We calculate considering variable costying system which onyl count variable cost as cost of goods manufactured:
raw material $ 75 per unit
labor 5 hours x 14 per hour = $ 70 per unit
variable ovehread $ 5 per unit
Variable cost per unit $ 150 per unit
the fixed overhead cost
5,110 + 3,730 + 1,550 + 6,600 + 8,760 = 25,750
will be considered cost of the period under variable costing
